UI professor awarded $1 million research grant in quantum computing

UI physics professor Yannick Meurice is recipient to $1.3 million from the U.S. Department of Energy to study the foundational aspects of quantum computing.

Yannick+Meurice%2C+professor+in+the+department+of+Physics+and+Astronomy%2C+poses+for+a+portrait+in+Van+Allen+on+Monday%2C+Oct.+15%2C+2018.+Meurice+has+been+awarded+a+%241.3+million+grant+from+the+U.S.+Department+of+Energy+to+study+foundational+aspects+of+quantum+computing.+
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UI professor awarded $1 million research grant in quantum computing

Yannick Meurice, professor in the department of Physics and Astronomy, poses for a portrait in Van Allen on Monday, Oct. 15, 2018. Meurice has been awarded a $1.3 million grant from the U.S. Department of Energy to study foundational aspects of quantum computing.

Yannick Meurice, professor in the department of Physics and Astronomy, poses for a portrait in Van Allen on Monday, Oct. 15, 2018. Meurice has been awarded a $1.3 million grant from the U.S. Department of Energy to study foundational aspects of quantum computing.

Katie Goodale

Yannick Meurice, professor in the department of Physics and Astronomy, poses for a portrait in Van Allen on Monday, Oct. 15, 2018. Meurice has been awarded a $1.3 million grant from the U.S. Department of Energy to study foundational aspects of quantum computing.

Katie Goodale

Katie Goodale

Yannick Meurice, professor in the department of Physics and Astronomy, poses for a portrait in Van Allen on Monday, Oct. 15, 2018. Meurice has been awarded a $1.3 million grant from the U.S. Department of Energy to study foundational aspects of quantum computing.

Katie Ann McCarver, News Reporter

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The Energy Department has awarded UI Physics Professor Yannick Meurice a $1.3 million grant to study foundational theory in quantum computing.

Meurice works in particle physics, specializing in the strong interactions among atoms. Such research requires large-scale computations that cannot be solved with ordinary computers.

“The grant is to find new methods for applications of quantum computing in particle physics,” Meurice said. “It came like a gift.”

Quantum computing deals with the collision of protons and the step-by-step process of how those particles form.

“When particles are very dense, there are complications,” Meurice said. “In quantum computing, the goals are the same, but the techniques are very different.”

To understand the behavior of subatomic forces, particularly the strongest forces, is a difficult computation, UI Physics/Astronomy Department Chair Frederick Skiff said.

“This is going to be a whole new branch of research at the university,” Skiff said. “It’s an exciting development.”

In regard to the U.S. competing with other countries, Meurice said many other nations have already began researching quantum computing.

“There is an effort to move in this direction,” he said. “Other countries are doing pretty well, so we have to take a leadership position.”

Meurice emphasized that this research relies on fellow professors across the nation, at such institutions as the University of Maryland, Massachusetts Institute of Technology, and Michigan State University.

“It’s a multi-institutional effort,” Meurice said. “There are people who do computer science, some who work on string theory, and the rest work on strong interactions.”

Because the grant is only valid for a minimum two years, Meurice said, the research must be prioritized. He makes sure people are working together, and a grant monitor keeps track of their progress.

“We have a lot going on, so there’s always going to be a back burner,” Meurice said. “You have to make sure people keep that work on their front burner.”

In an effort to propel Meurice in his research, Skiff and the department aim to help and give Meurice the space to do what he needs.

“He’s been catapulted into the light as the principal investigator on this grant,” Skiff said. “We’re thrilled about it. He’s carrying the ball here and networking with people all over the place.”

Ultimately, the research grant provides for researchers to find methods for extensive mathematical physics to better understand strong coupling between atoms.

For Meurice, this means approaching from the angle of establishing and using a quantum computer.

“The research project is very hard, but Yannick is the kind of person who has a good understanding of theoretical physics,” UI Physics professor Vincent Rodgers said. “He has been working on this all of his research life.”

In terms of participation at UI, Meurice and Rodgers are two of four people involved in the theory group, accustomed to working on long-term projects and big grants.

“We have a camaraderie where we may all work on different things, but we’re also able to communicate,” Rodgers said. “One of the advantages of working at UI is that we allow theoretical-physics scholars to work comfortably at their pace.” 

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